How to decarbonise by 2050
Improved technologies, incubated by leading energy companies and new ventures, will be needed to realise decarbonised vision
Decarbonisation is challenging because of the energy system’s sheer size; 63,000TWh of energy was consumed globally in 2018. To put this in context, this is equivalent to a kitchen toaster running 24 hours per day, 365 days per year, for every one of the world’s 7.7bn inhabitants. Most energy consumption is invisible to consumers, but it is nevertheless crucial to their lifestyles. Over half of all the world’s CO2 emissions stem from agriculture, metals, materials, fertilizers, manufacturing and distribution: i.e. the inputs into the products we consume and the buildings in which we consume them. Energy consumption is also woefully unequal. The wealthiest 1.3bn in the developed world make up
Also in this section
9 January 2026
A shift in perspective is needed on the carbon challenge, the success of which will determine the speed and extent of emissions cuts and how industries adapt to the new environment
2 January 2026
This year may be a defining one for carbon capture, utilisation and storage in the US, despite the institutional uncertainty
23 December 2025
Legislative reform in Germany sets the stage for commercial carbon capture and transport at a national level, while the UK has already seen financial close on major CCS clusters
15 December 2025
Net zero is not the problem for the UK’s power system. The real issue is with an outdated market design in desperate need of modernisation






